Search
Close this search box.

Supercapacitor technology

Objectives

  • Understand how a supercapacitor works in order to help you make the right technological choice.

  • Develop good practices in the use and handling of supercapacitors.

  • PART 1: INTRODUCTION TO THE GENERAL OPERATION OF A SUPERCAPACITOR
    • Accumulators and supercapacitors
    • Structure and operation of a supercapacitor
    • Positioning in relation to conventional capacitor technologies
    • Positioning in relation to other battery technologies
    • Characteristic electrical quantities
  • PART 2: Available technologies
    • Commercial supercapacitor technologies
      • Existing chemistries and key materials, strengths and weaknesses
      • Cells design, modules and packs
    • Electrical performance and ageing
      • Nominal operation
      • Introduction to the floating and balancing issues
      • Ageing mechanisms
  • PART 3: Safety related to the use of supercapacitors
    • Risks in normal operation and out of limits
    • Risks in case of cell openings
    • Intrinsic protection and Battery Management System
    • Environmental standards (use, transport and safety)
  • PART 4: GOOD PRACTICE (related to the life cycle of supercapacitors within companies)
    • Reception and initial storage
    • Safe handling (assembly, electrical tests, repairs)
    • Final storage (cycled, end-of-life, faulty supercapacitors)
    • Recycling and/or forwarding

Project manager, engineer…

Engineer/Doctor in electrochemistry and/or materials for energy

Projection and printed copies of Powerpoint presentations, practical case studies, video materials …

Assessments at the beginning and end of the course, quizzes, etc.

5 working days before the course start date (if financed by OPCO).

A training certificate complying with the provisions of Article L. 6353-1 paragraph 2 is issued to the trainee.

AMONG OUR TRAINING

Lithium batteries safety : Thermal runaway prevention – Level 2

Electrical Energy Storage: Batteries

Contact us